Ulanzi WM-10 Wireless Clip-on Microphone for Smartphone or Tablet

The Ulanzi WM-10 Wireless Clip-on Microphone is a compact and lightweight wireless lavalier microphone designed specifically for smartphones and tablets. It offers a simple plug-and-play setup with no need for additional adapters, apps, or Bluetooth pairing, making it an ideal choice for vloggers, content creators, live streamers, and professionals looking for crystal-clear audio recording. The microphone features a 360° omnidirectional sound pickup pattern combined with three-level noise reduction to deliver clear audio even in noisy environments.

With a wireless transmission range of up to 10 meters, the WM-10 allows for freedom of movement during interviews, video recording, podcasts, or live streaming. Its rechargeable battery offers up to 4.5 hours of continuous use through a USB Type-C charging port. The microphone’s lightweight and compact design ensures it clips easily onto clothing for hands-free operation. It supports both Type-C and Lightning connectors for compatibility with a wide range of modern smartphones and tablets.

Key Features

• Plug & Play wireless connection with no app or Bluetooth needed

• 360° omnidirectional sound pickup with three-level noise reduction

• Wireless transmission range up to 10 meters for freedom of movement

• Up to 4.5 hours of battery life with quick Type-C charging

• Compatible with Type-C and Lightning interface devices

• Lightweight and compact at 13.6g, easy to clip onto clothing

• Ideal for video recording, vlogging, live streaming, interviews, podcasts

What You Get

• Ulanzi WM-10 Wireless Clip-on Microphone

• Receiver plug for smartphone or tablet

• USB Type-C charging cable

• User manual

Perfect For

• Content creators and vloggers needing clear wireless audio

• Interviewers and journalists seeking portable, reliable microphones

• Live streamers wanting hands-free operation and mobility

• Smartphone and tablet users requiring easy-to-use wireless microphones

• Anyone needing noise reduction for recordings in various environments